STUDY PROGRAM OF AQUATIC RESOURCES MANAGEMENT

  

STUDY PROGRAM OF AQUATIC

RESOURCES MANAGEMENT

Course Chairman : Dr.

Ir. Enan M. Adiwilaga Vice Chairman of Study Program : Dr. Ir. Fredinan Yulianda, M.Sc Lecturers:

  A. Division of Productivity and Aquatic Environment

  Dr. Ir. Bambang Widigdo Ir. Sigid Hariyadi, M. Sc Dr. Ir. Enan M. Adiwilaga Majariana Krisanti, S.Pi, M.Si Dr. Ir. Hefni Effendi, M.Phil Dr. Ir. Niken TM Pratiwi, M.Si Prof. Dr. Ir. Kadarwan Soewardi Dr. Ir. Yusli Wardiatno, M.Sc Dr. Ir. Kardiyo Praptokardiyo

  B. Division of Ecology and Conservation of Aquatic Resources

  Ir. Agustinus M. Samosir, M. Phil Dr. Ir. Mohammad Mukhlis Kamal, M.Sc Dr. Ir. Ario Damar, M.Si Dr. Ir. Fredinan Yulianda, M.Sc Prof. Dr. Ir. MF Rahardjo, DEA Dr. Ir. Ridwan Affandi, DEA Prof. Dr. Ir. Djamar TFL Batu, M.Agr Dr. Ir. Sulistiono, M.Sc Dr. Ir. Etty Riani, MS Prof. Dr. Ir. Rokhmin Dahuri, MS.

  Dr. Ir. Yunizar Ernawati, MS

  C. Division of Fisheries Resource Management

  Dr. Ir. Achmad Fahrudin, M.Si Dr. Ir. Luky Adrianto, M.Sc Dr. Ir. Isdradjad Setyobudiandi, M.Sc Prof. Dr. Ir. Mennofatria Boer, DEA Prof.. Dr. Ir. Ismudi Muchsin Ismudi Ir. Nurlisa A. Nurlisa A. Butet, M.Sc Ir. Kiagus Abdul Aziz, M.Sc Ir. Rahmat Kurnia, M.Si

Educational objectives:

  The study program provides advanced knowledge and analytical methods to improve capability of the principles of physiology of aquatic biota, aquatic productivity and dynamics of water resources as a basis for assessing and solving management problems of water resources (freshwater,

Graduates Competency of Master Program (S2):

  Ability to analyze in order to solve the problems in the field of water resource management through multy-scientific approach, which includes productivity of aquatic environment, bio-ecology of aquatic organisms, and fish stock assessment

Graduates Competency of Doctor Program (S3):

  Ability in the development of novelty, the concept of science, technology, methodology, and model management through multi-scientific approach that includes aspects of water resource, productivity of aquatic environment, bio-ecology of aquatic organisms, and fish stock assessment

Minor Competency: Minor 1: Management of Water Pollution (S2)

  Ability to analyze through the application of approaches, methods and provisions in the field of management of water environment pollution.

  Minor 2: Conservation of Aquatic Organism (S2)

  Ability to analyze through the application of approaches, methods and provisions in the field of conservation of aquatic organism.

  Minor 3 : Fisheries Resource Management (S2)

  Ability to analyze through the application of approaches, methods and provision sin the field of fisheries resource management.

  Minor : Management of Aquatic Biota (S3)

  Ability to solve complex problems in the field of management through the implementation of biota approaches, methods and scientific principles related to eco-biology.

Curriculum: Master of Science Program Code Subject SKS Semester Compulsory Courses of the Graduate School six credits (14%)

  PPS 500 English Language 3 (3-0) Odd / Even STK 511 Statistical Analysis 3 (2-3) Odd

  Major Compulsory Courses 28 credits (65.1%)

  MSP 501 Aquatic Resources Research Methods 2 (2-0) Odd MSP 511 Water Productivity 3 (2-3) Odd

  MSP 521 Fish Eco-biology 3 (2-3) Even MSP 622 Aquatic Resources Conservation 3 (3-0) Odd MSP 633 Fisheries Resource Management 3 (2-3) Odd PPS 601 Colloquium

  1 Odd / Even PPS 690 Seminar

  1 Odd / Even PPS 699 Research and Thesis

  6 Odd / Even

  Major Options Course 9 credits (20.9%) Group A: Management of Water Pollution

  MSP 512 Management of Water Pollution 3 (2-3) Even MSP 522 Aquatic Animal physiology 3 (2-3) Even MSP 611 Aquatic eutrophication 3 (3-0) Odd

  Group B: Fishery Resources

  MSP 621 Eco-biology of Crustaceans and molluscs 3 (2-3) Even MSP 631 Fish Stock Assessment 3 (2-3) Even MSP 632 Models and Simulation of Fisheries 3 (2-3) Odd

  Total credits

  43 Minor Course Minor 1: Management of Water Pollution

  MSP 512 Water Pollution Management 3 (2-3) MSP 522 Aquatic Animal physiology 3 (2-3) MSP 611 Aquatic eutrophication 3 (3-0)

  Minor 2: Conservation of Aquatic Organism

  MSP 521 Fish Eco-biology 3(2-3) MSP 621 Eco-biology of crustaceans and molluscs 3 (2-3) MSP 622 Aquatic Resources Conservation 3 (3-0)

  Minor 3: Management of Fishery Resources

  MSP 531 Population Dynamics 3 (2-3) MSP 631 Fish Stock Assessment 3 (2-3) MSP 633 Fisheries Resource Management 3 (3-0)

Doctoral Program Code

Semester Compulsory Courses of the Graduate School two credits (4.88%)

SKS Subject

  PPS 702 Philosophy of Science 2 (2-0) Odd

  Major Compulsory Courses 27 credits (65.85%)

  MSP 711 Aquatic Primary Productivity 3 (2-3) Odd

  MSP 733 Fish Succession and Adaptation 3 (3-0) Odd PPS 701 Colloquium

  1 Odd / Even PPS 790 Seminar

  1 Odd / Even PPS 799 Research and Dissertation

  12 Odd / Even

  Course Options Major 12 credits (29.27%) Aquatic Resources

  MSP 712 Secondary Water Productivity 3 (2-3) Even MSP 722 Advanced Aquatic Animal eco-physiology 3 (3-0) Even MSP 723 Reproduction and Growth of Molluscs & 3 (3-1) Odd

  Crustaceans MSP 732 Evaluation of Fishery Resources 3 (2-3) Even

  Total credits

  41 Minor Course offered Management of Aquatic organism

  MSP 721 Reproductive Ecology and Growth of Fish 4 (3-3) MSP 722 Advanced Aquatic Animal eco-physiology 3 (3-0) MSP 723 Reproduction and Growth Molluscs & Crustaceans 3 (3-1) MSP 733 Fish Succession and Adaptation 3 (3-0)

Course Syllabus MSP 501 Research Methods of Aquatic Resources 2 (2-0)

  Application of scientific concepts and methods in various studies (exploration, development or verification) as well as problems in the field of management of aquatic resources and environment. Formulation of the problem and purpose of research, development theory and approach to the problem.

  Staff

  

MSP 511 Water Productivity 3 (2-3)

Factors and processes determining the water productivity, including tropho-dynamic.

  Strategy of adaptation and succession in line with the growth rate of productivity of waters. The basic principle of applying a limiting factor.

  Enan M. Adiwilaga

  

MSP 512 Management of Water Pollution 3 (2-3)

  Concepts, methods, evaluation of analysis techniques, identification of types, sources, properties and processes of pollutants in waters. Evaluation of the level of pollution and the impact on water biota life. The basic principle of management planning and evaluation of prevention and control of various types of pollutants. Principles and concepts saprobik ecosystem. Factors and determinants of the trophic processes and saprobik related with organic material input. Structure, function and role of the biota (population and community) as indicators of the determinants of the saprobik. Methods and techniques of stability analysis of the level of community diversity and trophic relation-saprobik

  Hefni Effendi Sigid Hariyadi

  Yusli Wardiatno Mayariana Krisanti

  MSP 521 Fish Eco-biology 3 (2-3)

  The process of interaction with the environment of fish (Physico-chemical-biological) in respect of: spatial-temporal distribution and the living of fish, predation, intra-and interspecific competition, spawning, growth, food, behavior, and survival rate of fish.

  Sulistiono MF Rahardjo

  Ridwan Affandi Mohammad Mukhlis Kamal

  

Aquatic Animal 3(2-3) 3 (2-3)

physiology MSP 522

  The concept of interaction with the environment - aquatic animals, the influence of environmental variables on physiological processes of aquatic animals. The response of organisms to environmental changes (endocrine, structure, and behavior). Vitality linkage analysis of aquatic animals (fish, crustaceans, molluscs) with toxic materials through a process approach to absorption, distribution, and biotransformation. The strategy of adaptation in animals fresh water brackish, and sea.

  Ridwan Affandi Djamar TF Lumbanbatu

  Etty Riani Yunizar Ernawati

  

MSP 531 Fish Population Dynamics 3 (2-3)

  The dynamics of fish population (stock) that include growth, mortality, recruitment and reproduction. In addition, also include a variety of methods to estimate fish abundance.

  Mennofatria Boer Nurlisa A. Butet

  KA Aziz

  

MSP 611 Aquatic eutrophication 3 (3-0)

  The concept and implications of ecology and eutrophication. Prediction and evaluation of the impact of eutrophication on water quality, aquatic productivity and potential fisheries resources. The benchmark functions and utilization management, control and restoration of aquatic eutrof.

  Niken TM Pratiwi

  MSP 612 Aquatic Resources Management 3 (3-0)

  Analytic conception and synthesis of water resources management on the basis of optimizing the balance of the dynamics of water resource potential. Evaluation of water resources management actions.

  Kadarwan Soewardi Niken TM Pratiwi

  Taryono

  MSP 621 Eco-biology of Crustaceans and molluscs 3 (2-3)

  Distribution, growth, survival, spawning, and community structure of crustaceans and molluscs and its relation to physical factors, chemical and biological.

  Etty Riani Fredinan Yulianda

  MSP 622 Aquatic Resources Conservation 3 (3-0)

  Understanding ecological and biological processes and waters for the benefit of the conservation management of water resources.

  Fredinan Yulianda MF Rahardjo

  Neviaty P. Zamani

  MSP 631 Fish Stock Assessment 3 (2-3)

  Stock estimation techniques, both analytical / structural, global or a combination thereof (holistic). The discussion is carried through simple models and models are more complex as surplus yield forecasting models and catchments as well as

  

dynamic pool models needed in the management of fisheries resources Verification

  and validation of sustainable use of models to influence arrests of stock, and evaluation, and simulation for the management of fisheries resources.

  Mennofatria Boer Kiagus Abdul Aziz

  Achmad Fahrudin

  MSP 632 Models and Simulation of Fisheries 3 (2-3)

  Role of modeling and simulation in the management of fisheries resources. Elements and modeling procedures. Analytic models based on differential equations. Analytic model based on the assumption of dynamic equilibrium. Tracing model to experimental data. Models multi-component systems. Probabilistic modeling. The application of mathematical models for simulation management fisheries resources by using the computer.

  Mennofatria Boer Kiagus Abdul Aziz

  Rahmat Kurnia

  MSP 633 Fisheries Resource Management 3 (3-0)

  Identification and utilization of fishery resources fishery resources based on the concepts of ecosystem function and structure for fish life. Concept of the utilization and exploitation on the population level (life cycle, age, size of first spawning, rejuvenation and yield / Recruit) in different types of ecosystems is the basis for

  MSP 711 Aquatic Primary Productivity 3 (2-3)

  Principles of primary productivity (chlorophylien) and its role in various types of aquatic ecosystems. Limiting factors of physics, chemistry and biology of primary productivity. The various coefficients and indices in primary productivity spacio- temporal.

  Enan M. Adiwilaga

  MSP 712 Secondary Water Productivity 3(2-3)

  Basic concepts and physiological trofodinamik in the assessment of secondary productivity of the various characteristics of the population or community water biota and environmental factors that influence it.

  Yusli Wardiatno Kardiyo Praptokardiyo

  MSP 721 Reproductive Ecology and Growth of Fish 4 (3-3)

  Evaluation process and the response of growth and reproduction of fish in relation to the water environment for sustainable use basis.

  MF Rahardjo Sulistiono

  

MSP 722 Advanced Water Animal Eco-physiology 3 (3-0)

  Analyzing the response of aquatic animals to environmental changes through biochemical approaches, structures, and behavior. Analysing adaptation strategies of aquatic animals to their environment.

  Ridwan Affandi Djamar TF Lumban Batu

  

MSP 723 Reproduction & Growth of Molluscs and Crustaceans 3 (3-1)

  Evaluation process and the response of growth and reproduction of molluscs and crustaceans for the basic utilization of water resources / fisheries Etty Riani

  Fredinan Yulianda

  

MSP 731 Advanced Management of Fishery Resources 3 (2-3)

  Level of exploitation of fisheries resources and utilization of fish resources in a rational way based on the concept of ecosystem function and structure. The principle of review of stock and carrying capacity of aquatic ecosystems based approach and model bioekonomik to changes of community structure / population in the utilization of the basis for the control and optimization settings for various types of fish resources waters (rivers, lakes, estuary, beach and sea).

  Mennofatria Boer Luky Adrianto

  Subhat Nurhakim

  MSP 732 Evaluation of Fishery Resources 3(2-3)

  Conception evaluation of fisheries resources for responsible fisheries management through quantitative tracking statistics, mathematics and informatics various methods of stock assessment / fishery (indirect method, direct methods, statistical methods, analytical methods and global, ecological approach, approaches and bio-engineering techniques and computational modeling.

  Mennofatria Boer Luky Adrianto

  Rokhmin Dahuri

  MSP 733 Succession and Adaptation of Fish Population 3 (3-0)

  Evaluation, life cycle and factors affecting distribution patterns and ecological biogeography. The principle of adaptation and natural succession, carrying capacity and population bioreproduksi patterns become the basis for the use, control and optimization settings for fish resources.

  Isdradjad Setyobudiandi Kadarwan Soewardi

  Mohammad Mukhlis Kamal

  STK 511 Statistical Analysis 3(2-3)

  Search the diversity of models based on experimental data and surveys; the principles of experimental design; experiment berfaktor; various standard experimental design, analysis of variance and analysis of inflammation-gam. Regresi linear sederhana dan korelasi; regresi linear berganda; regresi non linear; uji sisa dan pencilan serta uji kesesuaian model. Simple linear regression and correlation, multiple linear regression; non-linear regression; residual and outlier test and conformance test models.